Machine for wrapping packages.



No. 838,269. PATENTEDDEO. ,11, 1906. F. M.. PETERS & H. H. HUNGERFORD. MAGHINB FOR WRAPPING PACKAGES.

APPLICATION FILED SEPT. 11. 1901.

' 11 SHEETSSHEET 1,

"No. 838,269. PATENTED DEC.11, 1906. F. M. PETERS & H. H. HUNGERFORD; MACHINE FOR WRAPPING PACKAGES.

APPLICATION FILED SEPT. 11, l901 11 SHEETS-SHEET 2.

No. 888,269. PATENTE'D'HDEO. 11, 1906. F. M. PETERS & H. H. HUNGERPORD. MACHINE FOR WRAPPING PACKAGES.

APPLICATION FILED SEPT. 11. 1901.

11 SHEETS-SHEET 3.

N5. 838,269. PATENTED DEC. 11., 190 F. M. PETERS & H. H. HUNG'BRPORD. MACHINE FOR WRAPPING PACKAGES.

APPLICATION FILED SBPT.11. 1901.

11 SHEETS-SHEET 4- No. 838,269. PATENTED DEC. 11, 1906. F. M. PETERS & H. H. HUNGERFORD.

MACHINE FOR WRAPPING PACKAGES. APPLICATION FILED SEPT. 11. 1901.

11 SHBETSSHBBT 6.

"No. 838,269. 'PATENTED DEC. 11, 1906. P, M. PETERS & H; H. HUNGERFORD. MACHINE FOR WRAPPING PACKAGES.

APPLICATION FILED SEPT. 11, 1901.

No. 838,269. PATENTED DEO.11, 1906. P. M. PETERS & H. H. HUNGERFORD. MACHINE FOR WRAPPING PACKAGES.

\ APPLICATION FILED SEPT. 11, 1901.

11' sums-sum 7.

HE o m PATENTED DEC. 11, 1906. F. M. PETERS 8: H. H. HUNGERPORD. MACHINE FOR WRAPPING PACKAGES.

APPLICATION FILED SEPT. 11, 1901.

11 SHEETS-SHEET 6- No. 838,269. PATENTED DEC. 11, 1906. F. M. PETERS & H. H. HUNGERPORD.

MACHINE FOR WRAPPING PACKAGES.

APPLICATION FILED SEPT. 11. 1901.

\ 11 SHEETS-SHEET 9.

No. 838,269. PATENTED DEC. 11. 1906.

F. M. PETERS 1 H. H. HUNG-B'RPORD.

MACHINE FOR WRAPPING PACKAGES.

APPLIOATION FILED SEPT. 11. 1901.

J Tag a. A9.

11 snnnTs-snnn'r'lo.

N0. 838,269. PATENTED DEC. 11, 1906. P. M. PETERS & H. H. HUNGERPORD.

MACHINE FOR WRAPPING PACKAGES.

APPLICATION FILED SEPT. l1,'1901.

ll SHEETS-SHEET 11.

UNITED STATES PATENT, OFFICE.

FRAXK M. PETERS AND HENRY H. HUNGERFORD, OF CHICAGO, ILLINOIS; SAID HUNGERFORD ASSIGNOR TO SAID PETERS.

MACHINE FOR WRAPPING PACKAGES.

Specification of Letters Patent.

Patented Dec. 11, 1906.

Application filed September 11. 1901. Serial No. 76,100-

This invention relates to certain improve ments in that class of machines which are intended to apply a wrapper to a package and which are provided with means for folding the wrapper and securing the folds by means of labels or other adhesive seals applied to such folds. The machine is specially adapted to apply the outer wrapper to packages which are already inclosed in pasteboard boxes or cartons.

Our present invention comprises certain improvements upon the machine which is fully described in our former patent, No. 672,286, granted April 16, 1901 and our invention more particularly relates to certain improvements in a guide trough or chute for feeding the package to the wrapping-machine, to a guide and positioner for the wrapper sheet or blank, to means for forming the folds or flaps and for setting the folds, to a means for controlling the revolving carrier, whereby it is operatively locked at the end of each actuation, to certain improvements in ejectors for discharging the package from the carrier after it is wrapped, and to certain improvements in the mechanical structure and combination of devices, which will be hereinafter described, and more fully pointed out in the claims.

In the accompanying drawings, Figure 1 is a side elevation of the machine embodying our invention in its present improved form. Fig. 2 is a similar view showing the opposite side of the machine. Fig. 3 is a transverse sectional elevation through the framework and carrier of the machine. Fig. 4 is a sec tional plan view showing the driving-shaft and a cam-shaft from which the operative parts of the machine are driven. Figs. 5 to 10, inclusive, are detail views of parts shown in the general views of the preceding figures. Fig. 11 is a plan view of an off-bearing or package-delivering device, showing its rela-. tion to the delivery slde of the wrapping-ma- Fig. 12 is an enlarged side elevation chine. of the upper portion of the wrapping-machine w th parts broken away and others omitted, and particularly intended to show the relation of the wrapper feed-guide, &c. Figs. 13 and 14 are details of parts shown in Fig. 12. Fig. 15 is a plan view of a portion of the folding mechanism. Fig. 16 is a side elevation of the same. Fig. 17 is an elevation of the parts shown in Fig. 16 lookin in the direction of the arrow, parts being bro en away and others omitted. Fig. 18 is a view similar to Fig. 16, but showing the position of the parts after the operative movement of the folding mechanism in one direction is completed. Fig. 19 is a plan section of the mechanism for guiding and folding thelast flaps of the ends of the wrapper. Fig. 20 is a side elevation showing the side end flaps of the wrapper folded. Fig. 21 is a partial plan view of the carrier, showing a pair of grippers and a guide and gage for positioning the wrapper. Fig. 22 is an elevation of certain brake-actuating mechanism, the upper ends of the brake-levers being broken away; and Figs. 23 and 24 are views of the ends of the carton or package, Fig. 23 being an end view of the wrapped package before the application of a label, and Fig. 24 an end elevation of the cart on or package, the wrapper being shown in section.

In the construction of the machine shown in the drawings we have followed the general plan of the machine shown in our patent before referred to and will not in the present description enter upon the details of theseveral parts, except as they have been modified by our present improvements.

Referring to the drawings, 1 and 2 indicate the opposite sides of the stationary main frame, in which is mounted the oscillating shaft 3, supporting the rotary carrier 4, which is composed of the central hub 5, the s okes or webs 6, and the peripheral receptac es 7, which are connected circumferentially by the side plates 8. An intermittent rotary motion is imparted to the carrier by means of the vibrating arm 9, which engages by means of a pawl 10 the teeth 11 in a ratchet-ring 12, secured to the spokes of the carrier. The vibrating movement is imparted to the arm by .means of the connecting-rod or pitman 13, whose lower end engages the eccentric 14 on the counter-shaft 15. The counter-shaft is driven-through the gears 16 17 from the main shaft 18, to which power is applied through the pulley 19.

The packages are fed to the machine through the trough or chute 20, which is adapted to,rece1ve the packages to be wrapped and along which they may be fed by The purpose of this feature is to engage and automatically close any package whose cover 'may be partly raised or open.

In the plane of the vertical axis of the carrier is located a plunger 22, by which the packages are forced into the peripheral receptacles of the carrier as they are successively presented in line therewith. The carrier is provided with certain pistons on which the ackages delivered by the plunger are received and these pistons and their operating devices are best shownin Fig. 12 and are marked 23. The piston-stems 24 slide longitudinally in suitable ways along the radial spokes 6 of the carrier and toward their inner ends are provided with antifriction-rollers 25, which are engaged by a cam plate 26. The cam-plate 26 is shown in side elevation in Figs. 2 and 12 and in section in Fig. 3. Said cam-plate has a hub 26 which is slipped over the oscillating shaft 3 and is provided with an outstanding arm 27, carried ya hub 28,.fixed on the shaft. The camplate thus partakes of the oscillations of shaft 3, and the arm 27is positioned laterally by the set-screws 29 30,- and thereby the camplate may be very accurately adjusted so to secure the properly-timed movement of the piston-rods and pistons. The cam-plate is so disposed that the piston lies in the plane of the opening of the receptacle before a pacle age has moved down toward the carrier, and v at this moment a wrapper is in position over the receptacle and covering the upper surface of the piston, as shown in Fig. 12. As the package is deposited upon the wrapper lying over the piston the arm 9 is rocked to carry its dog back into position to engage a new tooth. Since the cam-plate 26 is secured with the shaft 3, which carried the arm 9, it is evident that the cam-slate will also be rocked backward with said arm and that during said movement the pin 25, connected with the arm of the piston which is then sustaining the package, will pass over the point of the cam marked 31, and as the plunger and package descend the pin will ride down the inclined cam-surface 32, thus holding the wrapper clai'nped between the piston-head and the package. During .this same movement of the arm 9 the cam-surface 33 will ongage the pin of the piston-rod or plunger then lying horizontally in line with the delivery-chutc, (designated as an entirety by 34,) and the piston is driven out slightly beyond the periphery of the carrier, as shown in Fig. 7, so as to insure the clearance of the package from the carrier.

35 designates the table on which the wrappers are placed, and wrapper is shown at 36, Fig. 12, upon said table. in order to insure the proper positiiming oi tie wrappers for action thereon by the gripping devices, hereinafter descrihwi, we have provided a pivoted gage or stop plate, which is shown in Figs. 2, 12, and 21 at 37. Said stop-plate is carried by an arm {38, pivoted on the stationary side frame of the machine, and has a rod 39 connected thereto, which rod is reciprocatedby means of a lever 40, Fig. 9, the latter being vibrated by a cam 41 on the main cam-shaft 42. The cam il so timed that the stop-plate or 37 will he in raised position to intercept and position the wrapper as it is pushefLinto place by hand or otherwise and'wili remain in that pos.i

tion until the wrapper is gripped upon the surface of the carrier and the latter begins its movement, when the rotation will permit the upward movement oi the rod 39 and the depression of the stop-plate to the position ,shown in Fig. 2, so that the wrapper will pass.

designates the movable gripping-jaws which grip the wrappers upon the surfaces of the carrier. These gripping-jaws have a slot-andpin connection with the carrier, so that they reciprocate endwise, and they are moved by the arm st-it and a bell-crank pivoted; at on the side of the arrier and having a notched hub -16, whi i is engaged by a locking-latch 47,- also pivoted upon the car rier and normally held in locking engagement by a leaf-spring 48, while another leat-spring 4:9 atlj ords the gripping tension upon the wrapper. A red 50, carried by the pawl 10, is adapted to engage the depending end of the lockingdatch t? as the pawl is moved backward to engage a new tooth for advancing the carrier step, thus permitting the gripper tl'nough its spring -19 to seize the forward edge of .e wrapper, and the subsequent movements are so timed that the wrapper is released from the gripper just asit is clamped between the package and the piston 23. This release of the wrapper from the gripper is ell'ect ed by the engagement of a projection 51 of the bell-crank with. a camplate 52, which. carried upon the pawl 10,

as shown in Fig. 5

In order to p Went the carrier through momentum iro running away from the actuatingpawl 1i (lllllllQf the period of its advancement the ratchet ring or plate 12 is provided. with interior locking-shoulders 53, and the arm 9 carries a'pivoted holdbacklatch 54-, which so weighted as to cause it to engage said locking-shoulders 53a hen he pawl engages the lockinwslio'uldcrs H on the outcr surface of the ratchet. The hitgh 54 will prevent the carrier from. running ahead of its actunting-pawlduring its ariranring movement, til at the end of this movement it is thrown out by the engagement of its i'or IOU ward end or nose with a lug 55, secured on the side frame of the machine.

Means for applying a line of paste to the wrapper near one edge are shown in Figs. 1, 2, and 12 and comprise paste-rolls 56 57, which are geared together, and a pivoted frame 58, carrying a paste-roll 59, also provided with a gear and controlled by a reciprocating rod or pitman 60. The purpose of gearing the rolls together is to effect their positive rotation, and motion is imparted thereto from the main shaft 18 by a belt 61. (Shown in Fig. 2'.) It is sometimes desirable to throw the pasting mechanism out of action while the carrier is being turned, and in order to effect this we have shown the pitman 60 as a separable be constructed as shown in Fig. 13, wherein at its upper end said pitman has a sleeve 62, in which a rod 63 is telescoped, said rod being connected to the paste'roll frame 58 and carr *ing a latch 64, which engages a flange 65 on the upper end ofthe' sleeve 62.

The latch is spring-controlled, and when it isthrown out the pitman 60 plays up and down without swinging the paste-roll frame. The lower end of the pitman 60 is connected by a slotted plate 66, Fig 14, with a pin 67 on a crank-arm 68 on the rock-shaft 3. The

slot permits the pitman to drop, so that its I flange will not be engaged by the latch during the reciprocation of the pitman after the latch has been once thrown out.

The operation of the mechanism so far described is as follows: The wrapper being fed forward aganist the gage and in position to be gripped by the grippers, the arm 9 is rocked to carry its dog into contact with a new tooth of the ring 12, so as to advance the carrier one step. During this movement of the arm the rod 50 trips the latch 47, and the spring 49 throws the grippers down to clamp the wrapper to the carrier. the forward movement of the carrier the wrap er is drawn over the receptacle, above whic i it occupies a central position lengthwise; but the major portion of the wrapper 1s carried past the center of the receptacle. At the conclusion of the forward movement of the carrier, the wrapper being in position, the plunger delivers a package upon the top of the wrapper as another backward movement of the carrier-operating arm begins, which results in releasing the wrapper from the grippers through the engagement of the parts 51 52 and withdrawing the plunger on -which the package is then resting.

The wrapper is then carried into the receptacle tightly clamped between the pistonand the package. 7 within the receptacle, the longitudinal front and rear edges of the wrapper will stand in a.

of the wrapper vertical plane, while the ends ends of the rewill project beyond the open ceptacle.

pitman. To this end it may:

During hen the package is fully seated The first fold of the wrapper is made by a pivoted wiper 69, (shown in Fig. 12,) and to facilitate the action of this wiper we have shown means for preliminarily breaking in or bending over the upstanding rear edge of the wrapper. These means consist of a pivoted finger 70, sustained by a spring 71 and guided under a projecting lug T2 and moved by the heel of the paste-roller frame 58, to whichit is pivoted, the finger being thrust forward, so as to engage the upstanding wrapper edge about mid-length and bend it forward over the package preliminary to its being engaged by the folding-blade 69. This blade is caused to wipe the rear fold over the top of the package and to return to its normal position just in advance of the folding of the front orforward flap of the wrapper down over the top of the package, which latter operation is accomplished by the wipingbrushes 73 74. The brush 73 is preferably hinged to a fixed support on the plungerframe, and the brush T-f is hinged to the back of the brush 73 and is of finer fiber. The coarser brush 73 is intended to break down the fold of the paper and cause it to become set to the package and by its weight to spread the paste, while the fine brush exerts a smoothing or wiping action, preventing any wrinkling of the wrapper. \Ve find these brushes to be more efficient than rollers or pads and have found that two brushes of different degrees of fineness are much more eliicient than a single brush. 4

The mechanism above described forms tlre top folds. The end folds are made by folding mechanisms which are in the main like those described in our patent before referred These folding mechanisms are particularly shown in Figs. 15 to 19,inclusive. The folding-blades for folding the top and the side end flaps are movable and are mounted on slide-blocks 76, which are fitted to slide on the radially-arranged cheek-pieces 77 which are seoured t o the side frames 1 2. These blocks are vertically grooved and are made to substantially embrace the cheekpieces 77, so as to have a firm bearing thereon. Said blocks 76 are connected through the arms 78 and cross-bar 79, and to the latter is connected one end of a walking-beam 80, which isfulcrumed on the rock-shaft 81 and whose opposite end is pivotally connected to a lever 82,'driven by the cam 83, Fig. 1. As the blocks on slides 76 reciprocate they carry devices for breaking down the to end folds, such devices consisting of a brea ingdown wire 84 and the end-folding blade 85, the wire operating slightly in adance of the blade. Theform of the blade in outline is clearly shown in Fig. 16 and the connection to the block or slide in Fig. 17. The folding-blades for the lateral or side end flaps are marked 86 87 and they are pivoted on the blocks or slides 76 and are frictionally retarded in their pivotal action by the side clamping-springs 88 and adjusting-nuts 89,

-which are applied to their pivot-bolts and cans of their L-connect-ed heir pivots '90 91 will be arrested and the blades 86 87 will be swung inwardly on their pivots, defining the side end folds and leaving only the bottom end fold to be formed. are so set and the tension of the spring so adjusted that one of the folding-blades operates slightly in advance of the other, and thereby the flaps are folded in succession instead of simultaneously.

In order to hold the package within the receptacle while the end folds are being formed, there are employed .slotted. plates 96, Figs. 15 and 17, which bestride the offset lugs of the slides 7 6 and have the feet 97 to rest upon the top of the package. To the upper ends of these plates are pivoted latches 98, which are normally caused by the springs 99- to enbeneath the top plate 92 when the sliding plate 96 is in its lowermost position, thus locking the plates and holding the package firmly during the operation of form ing the end folds. T hose latches are thrown. out of locking engagement by the slides coming in contact with their lower shouldered ends 100, and the plates themselves are lifted by the slides as they reach the limit of upward mo vement, so that the package is freed therefrom. viously described effects the folding of the end llaps with the exception of the bottom flap, and in order to hold the bottom flaps 1n proper position. and. guide them beneath the folding devices we employ the rocking plates '10], which are bcstshown in Fig. 19.

hese plates are mounted on the rock -shafts 102, and the said shafts are provided with gear-segments 103 and are rocked by the pivoted rack segments 104, which in turn are vibrated. through the rods 105, which latter are connected to pivoted levers 106, Fig. 10, and the latter extend into the path of the earn 107 on the cam-shaft 42.

'After theside folds have been formed in the end portions of the wrapper the plates 101 are moved. by their gearing so as to hold. the bottom flap of the wrapper bent in and to prevent the unfolding of the end flaps. The forward edges of the plates are slightly outwardly turned, as shown at 101*. As the carrier moves forward the bottom flaps thus bent upwardly are carried underneath the curved shoes or blocks 108, which are ex The steps I the cam 107, Fig. 10.

The mechanism just pre-' Fig. 1.

extension 110 of the shoe sets the end flapstightly in the overlapped position. (Shown in Fig. 23.) WVhile the package is passing this final wrapper-folding mechanism, the top folds are subjected to the action of a rotary brush 111, (shown in Figs..1 and 2,) which brush may be driven by the belt 112 from the main driving-shaft. This rotary brush firmly sets the top folds of the packa e and enables the latter to be carried with t e top folds downward without their becoming unsealed, and it also takes out any creases or wrinkles that might be produced therein in the operation of folding the end fla s.

Ne have provided a positive loc for preventing the ovcrrunning of the carrier after an interval of movement, which is shown in application in Fig. 2 and partly in detail in Figs. 8 and 10. Said locking mechanism comprises a pivoted latch 156, engaging the locking-shoulders 157 on the edge of the carrier at the conclusion of each. forward movcment of the latter.

pivoted to the vertical rod 159, which is connectcd to one of the levers 106, operated by As the carrier is about to come to rest the rod 159 is lifted and the latch is thrown into position to engagethe locking-shoulder on the carrier and form a positive stop tl'lCICfOI, the latch being automatically withdrawn. in time to permit the next forward movement. WVe also provide a friction-brake which acts to retard the ad- 'vancing movement ofthe carrier, causing it to run. steady and to come to rest without shock. The brake mechanism, which 1s shown in detail in Fig. 22, comprises oppo-- sitely-disposed cams 160 161, which engage antifriction-rollers .162 in the ends of pivoted levers 163, connected to brake-arms 1.64, which are pivotally connected. to the side frames and carry at their upperends the piv- This latch is thrown into I engagement by toggle-arms 158, which are III oted friction-shoes or rubbing-plates 165,

Springs 166 normally tend to hold the antifriction-rollers 162 in contact With the surface of the cams, and a set-screw 167 enables the friction to be regulated.

An oif-bearing device for the wrapped packages is provided at one side of the-ma.

chine, and its relation thereto and the details of construction are indicated in Figs. 1, 2, andll 168 represents the upper face of the delivery chute or table 34, hereinbefore referred to, which may be secured to the main frame. Delivery-belts 169 are carried over suitable turning and guiding pulleys, and said ulleys are driven from the gears 170, whicii are secured upon two of the pulleyshafts. Said gears are intermittently rotated by a pawl 171, which engages the teeth of a ratchet 172, secured also to the pulleyshaft below the gear, and this pawl is advanced by the vibration of an arm 173, on which the pawl is ivoted, said arm being vibrated through a ink 174, a slide-bar 17 5, a link 176, and a bell-crank 177, which is pivotally connected, through a link 178, to the crank 68 on the oscillating shaft 3. The parts are so arranged that during the movement of the arm 9 to on a e a new tooth of the can rier-ratchet the ehvery-belt is moved in order to advance the row of packages resting upon the delivery-chute in contact with the belt. The feed-pawl 171 and its ratchet 172 are applied to one of the pulley-shafts, and movement is imparted to the corresponding pulley and in the same direction through the pair of intermediate gears. (Indicated by the dotted lines in Fig. 11.)

As shown in Fig. 7, the piston-plate is advanced by the cam-plate 26 beyond the periphery of the carrier, and this is for the purpose of insuring the discharge of the package completely from within the receptacle. Inorder to prevent the rojecting piston from engaging with the end of the delivery-chute when no ackage is in position, a pendent arm or guide 179 issecured to the end of the chute 168 in such relation to the projecting piston that the latter will be forced back so as to clear the end of the chute.

A curved guide 181, secured to the inner face of the side frame 2, engages the rollers 25. on the piston-stems while the latter are undergoing the lower half of their rotation with the carrier about the axis of the latter, this guide serving in an obvious manner to revent the pistons and their stems from fa ling out of their slidesin the arms or spokes 6 of the carr1er.

Such features of a label-applying mechanism as are incidentally herein shown constitute no part of the present invention, but are fully shown, described, and claimed to the extent of their novel features in a divisional application filed by us on the 11th day of Ocing the gage across the ath of the wrapper and subsequently with awing it after the wrapper is gripped, substantially as descri ed.

2. In a machine for wrapping packages, the combination with a rotatable carrier having peripheral package-receptacles, of reciprocating pistous forming the bottom wall of said receptacles, means for projecting said pistons into the plane of the opening of the receptacle where they receive the wrapper and package, and for returning them to cause the wrapper to be folded around the sides of' the pac age. and means located at another point in the circuit of the carrier for projecting the pistons slightly beyond the plane of the opening of the receptacles, whereby to eject the package, substantially as described.

3. I11 a wrapping-machine, the combination with a rotating carrier having peripheral package-receptacles, of an oscillatlng shaft and connections for intermittently rot-ating the carrier, a cam-plate secured to os' the carrier is mounted, oscillating connections including a pawl between the carrier and the shaft whereby the carrier is driven forward intermittently, and 'a mechanism for preventing a momentum movement of the carrier in advance of its actuating-pawl, said means comprising a pivoted holdbacklatch adapted to engage the carrier simultaneously with the engagement of the actuating-pawl, and means for disengaging the late as the carrier comes to rest, substantially as described.

5. In a wrapping-machine, the combination with a rotating carrier and means for folding a wra per about the ackage, of means for ap ying paste to the wrapper,

said means inc uding a roller ournaled in an oscillating frame or sup ort, a reciprocating pitman connected to said support, said pitman being composed of sections adapted for engagement 'and disengagement at the will of the operator, whereby the paste mechanism may be thrown out of action when desired, substantially as described.

6. In a wrapping-machine, the combination, with a rotating carrier having eripheral receptacles for the packages and intermediate supports for the margins of the wrappers, of means 'for pasting one edge of the wrapper, and means for folding the pasted margins of the wrapper upon the side of the package, said means comprising a plu- 7. In a machine for Wrapping packages, i

the combination with a rotating carrier having peripheral receptacles and means for, folding a Wrapper around the sides of said packages, of end-folding mechanism com prising stationary guides, sliding blocks em bracing said gu1des,a reciproeable breakdown-wire and tolding-blade connected to each block for folding the top end flap, pivoted folders on said blocks for forming the 2 side end folds and means For TGCIPIOGHtHlg said blocks on their slidesand i'or oscillating said pivoted folders in due order and relation, substantially as described.

8. In a Wrapping-maehine, the combina tion, With a rotating packagecarrier having peripheral package-receptacles, means for folding the Wrapper around the package an d tucking in the ends of said Wrapper, and a voted plate for holding the bottom flap, of rock-shafts on. which said plates are mounted, gear-segments mounted upon said rockshaft, and'vibrating rack-segments for actua ting said gearing, substantially as described 9. In an end-folding mechanism for Wrapping packages, the combination with recip- I rocating slides carrying folding-blades, of a ackage-holding mechanism comprising end-- Wise-m0vablc slottedplates having holding feet and latches for said plates, said holdingplates and their latches being adapted to be actuated by the slides carrying the foldingblades, substantially as described.

10. In a machine for Wrapping packages, the combination with means for folding the Wrapper around the 1V ackage, of means for setting the to fold, said means consistingol a rotary brusli adapted to act; upon the top l l l surface of the package over the' folds of' the wrappers to set the same'andto remove creases or Wrinkles from the Wrapper itself, substantially as described.

11. In a Wrapping-machine, the combination with a rotating carrier for the packages having stop projections thereon, of a positive loc c therefor comprising a reciprocating rod, a latch pivotally connected thereto, and means for moving said rod to engage the latch with said step projections, said means comprising a cam-shaft having a cam-disk thereon engaging the rod-and adapted to cause the engagement of the latch at the conclusion of the carrier vmovement, substan- Iially as described.

12. In a Wrappirig-machine, meansfor de-' livering the wrapped packages from the ma chine, said means comprising a delivery chute or table and belts arranged along the side margins of said table and adapted to frictionally ad vancethe packages, a drivingpulleytor said belts and ratchetgearing for driving said pulley intermittently, substantially as described.

13. In a Wrapping-machine, means for delivering the Wrapped packages from the machine, said means comprising a horizontal delivery chute or table, a pair of endless bolts arranged in vertical planes along the side margins of said table and adapted to frictionally advance the packages, a drivingpulley for each of said belts, ratchet-gearing for driving one of said pulleys intermittently, and gear connections between said pulleys, substantially as described.

FRANK M. PETERS. ITENIR 1' II. HUN GERFORD.

Witnesses:

SAMUEL N. POND, LoUIs T. MANN. 

